Manifund foxManifund
Home
Login
About
People
Categories
Newsletter
HomeAboutPeopleCategoriesLoginCreate
Cefiyana avatarCefiyana avatar
Cefiyana

@Cefiyana

Unified Geometric Physics, Systemic Medicine, & Computational Safety

https://www.linkedin.com/in/cefiyana
$0total balance
$0charity balance
$0cash balance

$0 in pending offers

About Me

Cefiyana | Interdisciplinary Researcher​Focus: Unified Geometric Physics, Systemic Bioenergetics, & Computational Safety.

​Professional OverviewCefiyana is an independent interdisciplinary researcher developing the "Five-Leaf Clover" (Wawasan Semanggi Berdaun Lima) framework. This work represents a theoretical synthesis aimed at reconciling physical laws with biological systems, proposing that rigorous scientific inquiry and existential philosophy are complementary facets of a singular causal structure ("The Red Thread").

​Research Pillars & Theoretical Proposals:

​1. Theoretical Physics: The Connecting Thread Theory (TBP)

Proposed a geometric framework (TBP) intended to model the hierarchy of particle masses and constants through geometric first principles rather than arbitrary parametrization.

​6-Dimensional Manifold Hypothesis: Models the universe within a specific geometric container (d=6, d^2=36).

​Vacuum Stability Limit: Theoretically derived a Critical Energy Ceiling (R_{crit}) at 215.11 GeV, proposed as the threshold for Higgs field stability and singularity formation.

​Geometric Derivation: Calculated theoretical values for natural constants based on this manifold geometry. The model yields values for the Fine Structure Constant (\alpha^{-1} \approx 137.036) and Proton Mass (\approx 938.28 MeV) that align with CODATA standards with >99.9% accuracy.

​Cosmological Implication: Postulates Dark Energy density (\delta \approx 0.699) as a function of geometric pressure exerted by the manifold boundary.

​2. Medical Biosystems: Bioenergetics & Systemic Pathology

Applies thermodynamic principles to model mental health disorders as systemic energy management failures.

​The ISB Algorithm: Formulated the Bioenergetic Stability Index (EI \approx k_{load} / k_{efficiency}). This model hypothesizes that conditions diagnosed as Depression and Anxiety may function mechanistically as "Metabolic Bankruptcy" and "Respiratory Alkalosis" (Hypocapnia), suggesting a need for thermodynamic restoration alongside psychological intervention.

​3. Evolutionary Biology: The Biological Anomaly Hypothesis

Investigates the intersection of evolutionary biology and theological narrative through mathematical modeling.

​Information Compression: Utilizing the Square-Cube Law, the research proposes a Compression Factor (\mathcal{C} \approx 4,000x), modeling Homo sapiens consciousness as a high-dimensional information set compressed into primate biological hardware.

​The "Overclocking" Model: Postulates that human cognitive instability is a thermodynamic consequence of this information density ("overclocking"), framing civilization as a necessary heat-dissipation mechanism for consciousness.

​4. Technology: AI Safety (The Cefiyana Protocol)

Lead Architect for an "Edge-First" Human-AI interaction standard designed to mitigate cognitive stress.

​In-Silico Validation: Conducted "Extreme Stress Test" simulations comparing Cloud vs. Edge architectures.

​Results: Simulation data indicates a latency reduction from 3.79s (Cloud) to 0.57s (Edge). The protocol aims to maintain interaction speeds below the 1000ms bio-safety threshold to hypothetically prevent cortisol spikes ("Latency-Induced Neurotoxicity").

​5. Foundation: Epistemology & Literature

Rooted in the philosophy of "Silent Work" (Kerja Hening). Literary works explore the concept of "Absolute Void" (Ketiadaan Mutlak), serving as the intuitive driver for logical inquiry. The "Five-Leaf Clover" methodology functions as the operational logic to ensure consistency across these diverse disciplines.

​IMPORTANT RESEARCH NOTE:

The frameworks, formulas, and theories presented in this profile (including TBP, ISB, and the Anomaly Theory) are currently at the stage of Mathematical Derivation and Internal Coherence. They represent proposed theoretical models and hypotheses. While simulation data (AI Safety) and mathematical alignments (Physics) show strong preliminary validity, these concepts have NOT yet undergone independent experimental verification or peer-reviewed empirical testing. They should be interpreted as theoretical propositions awaiting objective validation.

Projects

Neuro-Safety: Reducing AI Latency for Bio-Safe Interaction

pending admin approval

Comments

Neuro-Safety: Reducing AI Latency for Bio-Safe Interaction
Cefiyana avatar

Cefiyana

11 days ago

Update: The Preliminary Technical Report V4 Simulation is now fully accessible on Zenodo.